Tektronix AFG31000 – Arbitrary Function Generators

The AFG31000 Arbitrary Function Generator from Tektronix is designed for the demanding performance expectations throughout the product realisation process. The instrument incorporates a 9-inch capacitive touch display and a shallow menu tree that make locating and changing settings quicker, whilst also making browsing easier.

Tektronix AFG31000 – Arbitrary Function Generators

L' AFG31000 series sports a 9-inch capacitive touchscreen that allows users to zoom in on areas of a waveform in unprecedented detail. All related settings and parameters can be viewed on a single screen via a shallow menu tree. An intuitive user interface allows users to tap or swipe to browse, locate, select and edit settings, cutting the time required to learn and operate the AFG.

L' AFG31000 series debuts a new patented feature known as InstaView, designed to eliminate impedance mismatch problems. Conventional AFGs assume they are driving a 50Ω impedance, but few devices under test (DUTs) actually have that impedance, leading to inconsistencies between the waveform set on the AFG and the signal at the DUT.

InstaView addresses this problem by monitoring the waveform at the DUT on the AFG, allowing waveform verification without the need for additional cables or instruments. The waveform display responds to changes in frequency, amplitude, waveform shape and DUT impedance in real time. Alongside conventional AFG operating modes, the AFG31000 series provides an ‘Advanced’ mode that allows programmable waveform sequencing.

In Advanced mode, the AFGs up to 128 Mpts of waveform memory can be segmented into up to 256 entries. Users can drag and drop long waveforms, or multiple waveforms, within the sequencer and define how they are output. For engineers requiring long non-repeating waveforms, or multiple waveforms with complex timing, the AFG31000 series offers a significantly more affordable alternative to expensive arbitrary waveform generators (AWGs).

Read more: Tektronix AFG31000 – Arbitrary Function Generators


A Propos De L'Auteur

Ibrar Ayyub

Je suis expérimenté, rédacteur technique, titulaire d'une Maîtrise en informatique de BZU Multan, Pakistan à l'Université. Avec un arrière-plan couvrant diverses industries, notamment en matière de domotique et de l'ingénierie, j'ai perfectionné mes compétences dans la rédaction claire et concise du contenu. Compétent en tirant parti de l'infographie et des diagrammes, je m'efforce de simplifier des concepts complexes pour les lecteurs. Ma force réside dans une recherche approfondie et de présenter l'information de façon structurée et logique format.

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